In a cool climate (outside the ocean), the temperature can be below freezing, but in a really warm climate, this zone can have warm waters. The pelagic zone: -- This zone is generally a warm zone, however, because warm and cold currents are constantly mixing, it can be cold in some parts and cooler in others.The benthic zone: -- The temperature of this zone is colder than the pelagic zone and is pretty much always cold.The abyssal zone: -- This zone is the coldest of all of the zones.Because no sunlight reaches this zone the water is never heated.n a cool climate (outside the ocean), the temperature can be below freezing, but in a really warm climate, this zone can have warm waters. The pelagic zone: -- This zone is generally a warm zone, however, because warm and cold currents are constantly mixing, it can be cold in some parts and cooler in others.
Maybe you don't really need to know how an ignition coil works to test it, but it helps. I will try to keep the explanation in layman's terms for simplicity. HOW IT WORKS: The ignition circuit on the MGA is quite simple. One primary terminal on the coil gets system power, and the other terminal is connected in series with a capacitor to ground return in the distributor.
As expressed earlier, the output of an ignition coil is the result of the primary induced voltage multiplied by the turns ratio. The higher the primary induced voltage (which should not be confused with the battery supply voltage), the higher the coil's output voltage for a given turns ratio will be.